The flavor physics in unified gauge theory from an S_3*P discrete symmetry

Details The flavor physics in unified gauge theory from an S_3*P discrete symmetry The flavor physics in unified gauge theory from an S_3*P discrete symmetry

2005-05-13

arxiv.org/abs/hep-ph/0505113v2

Int.J.Theor.Phys.45:1267-1277,2006

Physics

High Energy Physics

High Energy Physics - Phenomenology

5 pages, revtex4. v2: published version

Scientific paper

10.1007/s10773-006-9126-z

We investigate the phenomenological implication of the discrete symmetry S_3*P on flavor physics in SO(10) unified theory. We construct a minimal renormalizable model which reproduces all the masses and mixing angle of both quarks and leptons. As usually the SO(10) symmetry gives up to relations between the down sector and the charged lepton masses. The underlining discrete symmetry gives a contribution (from the charged lepton sector) to the PMNS mixing matrix which is bimaximal. This gives a strong correlation between the down quark and charged lepton masses, and the lepton mixing angles. We obtain that the small entries V_{ub}, V_{cb}, V_{td}, and V_{ts} in the CKM matrix are related to the small value of the ratio "dm^2_{sol}/dm^2_{atm}": they come from both the S_2*P structure of our model and the small ratio of the other quark masses with respect to m_t.

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